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MEMS-Based Photonic Switching in Communications Networks

机译:通信网络中基于MEMS的光子交换

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All Optical or Photonic switching is key to the next -generation intelligent optical networks. It enables rapid dynamic provisioning, protection and restoration of network connections cost-effectively, which support revenue-generating services including bandwidth on demand and DWDM over IP. In the past 12 months, MEMS-based Photonic cross connect switches have gone from the lab to commercial availability and are now in carrier field trials. Photonic switching is inherently capable of transparently switching any bit rate and data format. Optical MEMS enables switching any transmission wavelength, or wavelength band in a scalable, reliable, low power, compact size providing flexible solutions to the bandwidth demands of long haul, metro, and access networks. This paper will discuss OMM's MEMS based photonic switching subsystems and their commercial deployment.
机译:所有光或光子交换是下一代智能光网络的关键。它可以经济高效地快速动态配置,保护和恢复网络连接,从而支持创收服务,包括按需带宽和基于IP的DWDM。在过去的12个月中,基于MEMS的光子交叉连接开关已经从实验室走向商业应用,并且目前正在进行载波现场测试。光子交换固有地能够透明地交换任何比特率和数据格式。光学MEMS能够以可扩展,可靠,低功耗,紧凑的尺寸切换任何传输波长或波长带,从而为长距离,城域网和接入网的带宽需求提供灵活的解决方案。本文将讨论OMM的基于MEMS的光子交换子系统及其商业应用。

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